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  1. Transcript 'KH2012:KH.C5.61.v6.A...' > 
  2. Transcript 'KH2012:KH.C6.283.v1....' > 
  3. Transcript 'KH2012:KH.L122.16.v1...' > 
  4. Transcript 'KH2012:KH.C12.153.v2...' > 
  5. Transcript 'KH2012:KH.L116.69.v1...'

Transcript Model

Transcript Id

KH2012:KH.L116.69.v1.A.SL1-1

Possible name(s)

CKAP5; CLASP1; CLASP2

Gene model

KH2012:KH.L116.69

Location

KhL116 [302,857 / 324,163]

Sequences

Amino acid sequence

Length: 1,452

>KH.L116.69.v1.A.SL1-1
KTRGGRFFMQMSAASVEPAVEQELGDAAVDDLIASVITDEERAQILNNNWKERLAGLQSM
FSVMEKNKIKGLDRSSLPCQAIVKLLSMKPGLKDNNFNCLNEKFNILVHLAQNGKFSRTS
AGVCLTATIDKVGDVKCGVGAKATLTAVSEAVGFGWTLEEVLAHAMSQKNPKIQSESISW
VAKSIIEFGITGLNIKMLIEKSKVAFTATNPAVRAAALSLVGSLAMFIGGKLHMLFENEK
PALLQQIDAEIEKVKGQSPPAPTRGVKKKSGSADVGEQSDEDVEEAGITMDDLVTRVDIS
GKITDALISQMADKNWKERKEALESVIEILNEAKFVTSDIGDLATGLKARLTDSNKILLT
TTLNILTQLATALGPHSAKHLQILSANIINTLADSKPQVRQAALKCMNTWLENTKLSMWL
EGDMISSALSVAKHTFLRIELLTWLAEKLLSVAKLPSSAKEGLEMCVPVIYSCCEDRSGE
VRAKAQGFLPAIMRHISYDKMIKGTGKLTATSKPTIITLLEKAREQIPAPTKVSKPAPSV
SPPSASEVKMEVKSEEPATKPPAAKEKKGLVKKSKPAPVSKKAQPEEDTTPLFISLPNGK
EQRMKDEIKLKTIKWNFTAPREELIVQLQTQLSTCVSPALITEMFHLDFQHHLKAIVMLN
QALDKNFENTMQCLDLLLRWLTLRFYDKNTTVHIKTLEYIKSLFDKLIEGNYRMPEYEVS
AFLPHLIIKIGESKDNIRKAVHGIIKQLSLIYPASKLFTHIMDGTKSKNSRQRSECLDEI
ALFIETHGVNVCQPSLPKALKEVATNIGDRDKSVRSSALNAIVAAYNVCGDVVFKHVGRL
NEKDMSMLEERVKRSGKYGETPAAPPPEAPARKTTKEGRSASTNNERQQQQQQQAAPPSH
TIQESMHDLHSSGNTMQTDPMKIPSVARLLSQIKPVDFNVVLEPLPEFVNLKSRIPGLSN
IAGSSQASSTVDAVISQVASPNIDTAINAMHELYQLLKHKDKFPLLAGKIDQVLMSATTQ
LRMMIDRYLPIITSNEQLVGEEHSNLTEQSFLSLCKSHISLITEIFEQDTLASQASTYIL
FDLFRFILQLLLSDQLPNLTSADRLLQVLNILVLRMIDHSDPTSIICAVVHVLTDSMETA
TPKYIELVVKCLWKLGRLISKFLHPEKQKEAFQHKPLKVAAVVAELDKYWSTYPKDHPIY
EKNENKTSIRSVKTLLVILCRELGVKIMDELYMIPNPESSEVVQIIRKASGAGNMKIPNR
PNSSSSSEQKENIREQGLSPDAQLSIIFKKVSDRKQTKQGLQELYDFKVTNPHYDLESRI
NSLDIDIFQQYIRRNLKRIESEKQTKSGAFTESQKSNYQPPTVQESWDRLNYLRERCGLK
PRCTSEKQNGEKTTTDVNHPEPSGESSTVKADEAAVRSSGFQSQPKERSISSSANISDLK
RRLAQIKQSSSR

Nucleotide sequence

Length: 4,681

>KH2012:KH.L116.69.v1.A.SL1-1
ATTTGATATTTTGATGTTAGAAAACTAGGGGTGGAAGATTTTTTATGCAAATGTCGGCAG
CGAGCGTGGAGCCGGCAGTGGAGCAGGAGCTTGGTGATGCAGCTGTGGATGATCTTATCG
CTTCCGTGATCACAGATGAGGAGAGAGCTCAGATATTGAATAATAATTGGAAGGAGAGAC
TCGCTGGGCTGCAATCCATGTTCTCGGTAATGGAGAAAAATAAAATCAAAGGATTAGATC
GTAGCTCGCTTCCATGCCAAGCCATTGTAAAGTTGCTCAGCATGAAACCAGGTCTTAAAG
ATAATAACTTTAACTGTTTGAATGAAAAATTTAACATTCTTGTACATCTGGCTCAAAATG
GAAAGTTTAGCAGAACATCCGCTGGTGTATGCTTGACTGCCACCATTGATAAGGTTGGAG
ATGTAAAGTGTGGGGTTGGTGCAAAAGCTACTTTAACTGCTGTGAGTGAAGCTGTGGGAT
TTGGTTGGACTTTAGAAGAGGTTTTAGCGCACGCTATGTCACAGAAAAACCCGAAAATTC
AAAGTGAATCAATATCATGGGTTGCCAAGTCTATTATTGAGTTTGGAATAACTGGTTTAA
ACATAAAGATGTTGATAGAAAAATCAAAAGTAGCGTTCACTGCAACAAACCCTGCCGTGA
GAGCTGCTGCTCTGTCACTAGTTGGCAGTCTTGCAATGTTCATCGGGGGGAAATTACATA
TGTTGTTTGAGAATGAGAAACCAGCGCTCTTGCAACAAATTGATGCTGAAATTGAAAAAG
TCAAAGGTCAGAGCCCTCCAGCGCCCACTCGTGGTGTAAAGAAGAAGTCAGGATCGGCGG
ATGTTGGAGAGCAATCTGATGAAGATGTTGAAGAGGCGGGAATAACTATGGATGATCTTG
TCACTCGGGTGGATATTAGTGGCAAAATTACAGATGCGCTCATTTCACAAATGGCTGATA
AAAATTGGAAAGAACGAAAAGAAGCGCTTGAGTCTGTCATAGAAATCTTAAACGAAGCGA
AATTTGTGACATCAGATATCGGGGACCTTGCTACTGGGTTGAAAGCAAGACTTACAGATT
CCAACAAAATTTTGTTGACTACTACGCTGAATATACTGACCCAACTTGCAACAGCATTGG
GACCACACTCTGCTAAACATCTGCAAATACTCAGTGCAAACATAATCAATACACTAGCTG
ATAGCAAGCCCCAAGTTAGACAAGCAGCGTTGAAATGCATGAACACGTGGCTTGAGAACA
CCAAGTTATCGATGTGGTTGGAAGGTGACATGATAAGTTCAGCTTTATCTGTTGCTAAAC
ATACCTTCCTAAGAATTGAGTTGTTGACCTGGCTTGCTGAAAAGTTGCTCTCCGTTGCTA
AACTGCCCTCTAGTGCCAAGGAAGGGTTGGAGATGTGCGTCCCCGTCATCTACTCGTGTT
GTGAGGATCGGAGTGGGGAGGTGAGAGCCAAGGCTCAAGGATTCCTCCCTGCTATCATGA
GACATATATCATATGATAAAATGATCAAAGGAACCGGAAAACTAACGGCGACATCGAAAC
CAACAATAATAACGTTGCTTGAGAAAGCACGAGAACAAATTCCGGCTCCAACCAAAGTTT
CAAAACCTGCTCCCTCTGTATCGCCACCTAGTGCATCAGAGGTGAAAATGGAGGTAAAGT
CTGAAGAACCCGCGACAAAACCTCCTGCAGCAAAGGAAAAGAAGGGATTGGTGAAAAAAT
CCAAACCTGCCCCTGTGTCAAAGAAAGCGCAACCGGAAGAAGACACGACTCCTTTATTCA
TCTCGCTTCCTAACGGGAAGGAGCAACGAATGAAAGATGAAATTAAATTAAAGACCATTA
AATGGAACTTTACCGCTCCACGTGAAGAACTTATCGTTCAGCTACAAACACAACTATCTA
CTTGTGTCAGCCCTGCCCTTATTACTGAGATGTTTCATCTGGACTTCCAACATCATTTAA
AAGCCATTGTGATGCTGAACCAGGCATTGGACAAGAACTTTGAAAACACCATGCAATGTC
TTGACCTCCTACTACGTTGGCTCACGCTCAGATTTTATGACAAAAACACAACAGTTCACA
TCAAAACATTGGAATATATCAAGTCGTTGTTTGATAAACTGATTGAGGGAAATTATCGAA
TGCCAGAGTATGAGGTGTCGGCATTTTTACCACATCTTATTATAAAGATTGGTGAGAGTA
AAGACAACATACGCAAAGCAGTGCACGGCATCATCAAACAGTTGTCACTTATCTACCCTG
CAAGTAAACTCTTCACGCATATCATGGATGGAACTAAATCGAAGAATTCACGACAACGTT
CAGAATGTTTGGATGAGATAGCTTTGTTCATTGAAACTCATGGAGTGAATGTTTGTCAAC
CATCACTTCCCAAAGCATTGAAAGAAGTTGCTACTAATATTGGTGACCGGGACAAGTCAG
TTCGGTCATCTGCATTAAATGCGATTGTCGCCGCATACAATGTTTGTGGGGATGTTGTAT
TTAAACATGTGGGCAGGTTAAACGAGAAAGACATGAGTATGTTGGAAGAAAGGGTGAAAA
GATCTGGAAAATATGGGGAAACCCCCGCTGCTCCACCACCGGAGGCCCCCGCTAGGAAAA
CAACAAAAGAAGGAAGGTCTGCGTCAACAAACAACGAACGACAACAACAACAACAACAAC
AAGCAGCACCACCCTCCCATACGATTCAAGAGTCGATGCACGATCTTCACTCCTCCGGAA
ACACGATGCAGACGGATCCCATGAAGATACCGTCAGTTGCCCGTCTCCTCTCACAGATCA
AACCAGTTGATTTCAATGTTGTGTTGGAACCTTTGCCGGAGTTTGTGAATTTAAAAAGCA
GAATTCCTGGCCTCAGCAATATTGCGGGTTCTTCGCAAGCCAGCTCGACAGTGGACGCGG
TTATTTCTCAAGTAGCAAGCCCTAATATTGACACTGCTATTAATGCAATGCACGAGTTAT
ACCAGTTGCTCAAACACAAGGATAAGTTCCCGTTATTGGCGGGAAAAATTGACCAAGTTC
TCATGTCTGCCACCACACAACTTCGTATGATGATTGACAGATACCTCCCAATTATAACTT
CTAATGAACAATTAGTTGGTGAAGAACATTCAAACTTAACTGAACAAAGTTTTTTATCTC
TTTGTAAAAGTCACATCTCTCTAATTACTGAGATATTCGAGCAGGACACGCTTGCCTCGC
AAGCATCCACGTACATCCTCTTCGATCTCTTCCGTTTCATCCTTCAGCTCCTCCTCAGTG
ATCAGCTCCCAAACTTAACATCCGCGGATCGTCTCCTACAAGTCCTCAACATCCTCGTGT
TACGGATGATCGACCACAGCGATCCAACCTCCATAATATGTGCTGTGGTGCATGTGCTTA
CTGACAGTATGGAGACAGCGACCCCGAAATATATTGAACTTGTGGTGAAGTGCTTATGGA
AACTTGGAAGGCTTATTTCAAAGTTTTTACATCCAGAGAAACAGAAAGAAGCTTTTCAAC
ATAAACCTTTGAAGGTGGCAGCAGTGGTTGCAGAGTTGGACAAATATTGGTCAACTTATC
CCAAGGATCATCCTATTTATGAAAAAAATGAAAATAAAACTTCGATTCGGTCGGTTAAGA
CATTGCTGGTGATTCTGTGTAGAGAGCTGGGTGTGAAGATAATGGATGAACTTTACATGA
TCCCTAATCCCGAATCCTCTGAGGTTGTTCAAATCATCCGAAAAGCATCCGGAGCAGGAA
ACATGAAGATCCCCAACCGACCAAATTCCTCTTCATCTTCGGAGCAGAAGGAGAACATCC
GGGAGCAGGGACTTTCCCCTGATGCGCAACTCTCGATTATCTTTAAAAAAGTCAGCGATC
GAAAACAAACCAAACAGGGTTTGCAGGAATTGTACGATTTCAAAGTCACCAACCCACATT
ATGATCTCGAATCACGAATAAATTCGCTCGACATTGATATTTTCCAACAATATATTCGAC
GAAACCTCAAACGAATAGAAAGTGAAAAACAAACCAAAAGTGGAGCTTTCACAGAATCCC
AGAAAAGTAATTACCAGCCACCTACTGTGCAGGAATCATGGGACAGATTAAATTATCTTC
GTGAACGCTGTGGTTTAAAACCACGCTGCACATCCGAGAAGCAAAATGGTGAAAAAACCA
CCACAGATGTCAACCATCCCGAACCATCTGGTGAATCATCCACGGTCAAGGCCGATGAAG
CGGCTGTTCGATCCAGCGGCTTTCAATCGCAACCGAAAGAACGCAGCATTAGTTCTTCAG
CAAATATATCCGATTTAAAACGACGACTTGCACAGATCAAACAAAGTTCAAGTCGATAAA
TTGAATGCATGGTGGATTAACAGTGTTGCTTTATAGTTTTCTCTCAAACTACACAACACT
GCACATAATATTATCGGTCAGCACTGCCAGCTACCAACCTTAAGTCTCATCTTTTTGTAT
AAAATCTACATATTATTGACTTTATTAACAATTATAGCTGGAACAGTGTTTTGGAATAAT
TTCCGATTAAAACTTCTATGTAGTTCATTCCACGCAGCTATCCCTTTCGTTGTAGCATTT
TCAAACCGTTGTACGCAGTCTCAGTATTTATTTTTTCTGAAAAATAAATATTCGCATTCG
A

InterProScan

SMART
TOG (IPR034085) - T[23-260] 4.0E-55 - T[292-529] 1.9E-58 - T[623-863] 7.1E-59
Gene3D
ARM-like (IPR011989) - T[25-273] 1.0E-53 - T[287-528] 2.4E-79 - T[592-857] 1.1E-84
SUPERFAMILY
ARM-type_fold (IPR016024) - T[88-105] 2.88E-48 - T[164-230] 2.88E-48 - T[298-511] 2.88E-48 - T[622-855] 2.88E-48
Pfam
CLASP_N_dom (IPR024395) - T[309-486] 1.3E-11 - T[652-834] 1.1E-7

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
CKAP5_HUMAN 40.943 % 985 0